Goat Loading Ramp and Trailer Design for Safe Transport

By Dr. Zubair Khalid, DVM, MS, PhD · 2026-08-14

Key Takeaways

Ramp Angle and Traction are Paramount: An ideal ramp angle for goats is 20 degrees or less (approximately 1:3 rise to run ratio) to minimize hesitation and fall risk. Secure footing is critical, achieved through 4-6 inch spaced crosswise cleats or high-traction rubber matting to prevent slips, especially in wet conditions.
Enclosure and Sight Lines Mitigate Stress: Solid ramp sides, at least 36-48 inches high, prevent goats from seeing the ground below, reducing panic and flight responses. Similarly, trailer ventilation should provide cross-flow at head height without floor-level drafts to prevent respiratory distress.
Appropriate Width and Weight Capacity Ensure Safety: Single-file ramp lanes should be 18-24 inches wide to prevent turning around and balking, while the ramp must support a minimum of 1,000 pounds distributed weight to safely accommodate multiple animals and a handler.
Trailer Design Impacts Animal Welfare: Adequate trailer space (4-6 sq ft per adult goat for short trips, 6-8 sq ft for longer trips) and effective partitions are essential to prevent overcrowding, overheating, and injury from vehicle motion.
Low-Stress Handling and Gradual Transitions are Crucial: Loading should never involve force; instead, utilize flight zone pressure and positive reinforcement. A well-designed loading chute that funnels goats into a single-file ramp with solid sides and a flush ramp-to-trailer transition minimizes stress and injury.

Moving goats is a routine part of livestock management, whether you are taking animals to market, moving them between pastures, or hauling them to a breeding facility. The process becomes dangerous and stressful when you lack the right equipment. This guide covers the design and construction of a safe goat loading ramp, the features that make a goat trailer work well, and the handling practices that protect both you and your animals. It is written for small and mid-sized goat producers, homesteaders, and farm workers who need practical, buildable solutions for moving goats without injury.

At a Glance

Ramp angle matters most. A slope of 20 degrees or less is ideal for goats. Steeper ramps cause hesitation and increase fall risk.
Solid sides reduce panic. Goats move forward more willingly when they cannot see the ground below them. Use solid panels or cover the ramp sides with plywood or metal sheeting.
Footing prevents slips. Use crosswise cleats spaced 4 to 6 inches apart, or use rubber matting with a high-traction surface.
Width should be snug. A single goat lane should be 18 to 24 inches wide. Wider ramps allow goats to turn around and balk.
Weight capacity is critical. A ramp for mature meat goats must support 1,000 pounds or more of distributed weight, including the combined weight of several animals and the handler.
Trailer ventilation prevents respiratory distress. Goats need cross-ventilation at their head height, but the trailer must remain free of drafts at floor level.
Loading chutes reduce labor. A well-designed chute narrows from a wide pen to a single-file lane that leads directly onto the ramp.
Never load goats by force. Pulling ears, tails, or legs causes injury and teaches goats to resist loading. Use flight zone pressure and positive reinforcement instead.

The Problem with Improvised Loading

Most goat injuries during transport happen at the loading point, not on the road. A slick plywood plank, a gap between the ramp and the trailer, or a ramp that bounces underfoot will stop a goat in its tracks. When a goat refuses to move, an inexperienced handler will often push harder, which makes the animal panic and try to jump or turn around. That is when legs get caught between boards, hooves get wedged in gaps, and animals fall from heights that cause fractures.

The costs of poor loading equipment go beyond veterinary bills. A goat that learns to fear the loading area will resist every future move. Chronic stress from rough handling suppresses immune function, reduces weight gain, and can trigger pregnancy loss in does. For producers who move animals several times a year, a few hours spent building a proper ramp and chute pays for itself many times over.

Understanding Goat Behavior During Loading

Goats are prey animals with a strong flight response, but they are also curious and social. They move most willingly when they can see another goat ahead of them and when they feel enclosed from the sides. A lone goat asked to walk up a narrow ramp into a dark trailer box will hesitate because it cannot see what is waiting inside. The same goat will follow a companion without hesitation.

This behavior shapes every design decision in this guide. The goal is to create a loading system that works with goat psychology rather than against it. You want the goat to feel that it is moving toward safety, not being driven into danger.

Flight Zone and Point of Balance

Every goat has a personal space bubble called its flight zone. When a handler enters that zone, the goat moves away. The point of balance is at the goat's shoulder. Approaching from behind pushes the goat forward. Approaching from the front pushes it backward. Skilled handlers position themselves at the point of balance to direct movement without touching the animal.

When you design a loading system, you are effectively building a physical flight zone. The chute walls and ramp sides do the work that a handler would otherwise do by positioning their body. A well-designed system allows one person to move a group of goats using only their presence and perhaps a sorting board.

The Importance of Sight Lines

Goats refuse to step onto surfaces they cannot see clearly. A ramp with an open slatted floor allows goats to see the ground moving below them, which triggers a fear response. Solid floors with a matte finish are less frightening than shiny or reflective surfaces. Goats also balk at sudden transitions from light to dark, so the trailer interior should be lit during loading or the ramp should lead to a well-lit vestibule.

Designing the Goat Loading Ramp

The ramp is the centerpiece of your loading system. It bridges the gap between the ground and the trailer bed. A good ramp is stable, grippy, and reassuring to the animal. A bad ramp is any surface that wobbles, echoes, or looks like a trap.

Ramp Angle and Length

The angle of the ramp is the single most important design factor. A shallow angle is easier for goats to climb and reduces the perceived danger of the ascent. As a rule of thumb, the ramp should rise no more than 1 foot for every 3 feet of horizontal run. That is a slope of about 18 degrees. Steeper ramps, up to 30 degrees, are possible for healthy adult goats, but they increase the risk of hesitation and falls.

To calculate ramp length, measure the height of your trailer bed from the ground. Multiply that height by 3.5 to get the minimum ramp length. For a trailer bed at 30 inches, you need a ramp at least 105 inches long, or about 9 feet. If your trailer bed is higher, you need a longer ramp. Many producers keep two ramps of different lengths to accommodate different trailers or truck beds.

Ramp Width

A single goat lane should be 18 to 24 inches wide. This width allows a mature goat to walk comfortably but prevents it from turning around. If you need to move very large bucks, build the lane at 24 inches. For doelings and smaller breeds, 18 inches is sufficient.

Do not build a ramp wider than 24 inches for single-file loading. A wider ramp invites goats to turn sideways or attempt to pass each other, which creates chaos. If you need to move multiple goats at once, build a separate crowd pen that funnels into the single-file ramp rather than widening the ramp itself.

Ramp Floor and Traction

The ramp floor needs to provide secure footing in wet, muddy, or frosty conditions. Wood ramps should use rough-sawn lumber rather than smooth planed boards. Add traction cleats made from 1-inch by 1-inch or 1-inch by 2-inch lumber, spaced 4 to 6 inches apart across the width of the ramp. These cleats give goats a positive grip point for their hooves.

Rubber matting is an excellent alternative to wooden cleats. Use conveyor belt rubber or commercial livestock matting with a raised tread pattern. Rubber provides excellent traction even when wet and is easier on goat hooves than bare wood. Secure the rubber firmly to the ramp frame with screws and large washers so it cannot peel up under an animal's weight.

Avoid metal floors or metal cleats. Metal becomes slippery when wet and can be cold enough in winter to cause hoof discomfort. If you must use metal for the ramp frame, cover the walking surface with wood or rubber.

Ramp Sides and Barriers

Solid sides are essential for a goat loading ramp. Goats balk when they can see the ground below them from the edge of the ramp. Solid sides also prevent goats from jumping off the ramp mid-ascent.

Build the side walls 36 to 48 inches high from the ramp floor. This height contains even large bucks that might try to jump. Use plywood, oriented strand board, or metal sheeting attached to a sturdy frame. The inside surface should be smooth, with no protruding screw heads or splinters that could injure a goat.

For the top 12 inches of the side walls, you can use vertical slats or a solid panel with small viewing holes. Goats are curious and will move more readily if they can see the handler or a companion goat ahead of them. However, the lower portion of the walls must be completely solid to block the view of the ground.

Ramp-to-Trailer Transition

The junction between the ramp and the trailer bed is where many loading accidents occur. A gap between the ramp end and the trailer floor can catch a goat's hoof or leg. The ramp should overlap the trailer floor by at least 6 inches, and the transition should be flush with no lip.

Build the ramp with a lip or hook at the top that rests securely on the trailer floor. This hook prevents the ramp from sliding when goats step onto it. The hook should be padded with rubber or carpet to prevent metal-on-metal contact that could spook the animals.

Ramp Weight and Portability

A good goat ramp is heavy enough to stay stable under load but light enough to move by hand. Treated lumber ramps with solid sides can weigh 100 pounds or more, which makes them difficult to reposition alone. Consider building the ramp in two sections that bolt together, or mount it on small wheels at the ground end so you can tilt and roll it into position.

Some producers prefer a ramp that attaches permanently to the trailer and folds up for transport. This is a good option if you always use the same trailer. Folding ramps save storage space and ensure the ramp is always available when you need it.

Building the Goat Loading Chute

A loading chute is a funnel that guides goats from a large pen into the single-file ramp. It is the difference between chasing goats around a pasture and having them walk calmly into the trailer. The chute does not need to be elaborate. A simple V-shaped funnel made from livestock panels or wooden boards works well.

Chute Design Principles

The chute starts wide at the catch pen and narrows to the width of the ramp. The walls should be 4 feet high to prevent jumping. The floor can be bare ground or compacted gravel, but it should be level and free of obstacles.

The most effective chutes have solid walls for the final 6 to 8 feet before the ramp. This section is called the "race" and it functions like a cattle squeeze. Goats entering the race see a solid-sided corridor leading to the ramp and trailer. With a companion goat ahead of them, they will move forward readily.

The entrance to the chute should have a gate that allows you to bring in a small group of goats at a time. Never try to load an entire herd at once. A group of 3 to 5 goats is manageable. As the lead goats enter the trailer, the next group moves into the chute.

The Crowd Pen

The crowd pen is the holding area that feeds the chute. It should hold 10 to 15 goats comfortably and have a solid gate that swings to guide animals toward the chute entrance. A circular crowd pen with a radius of 8 to 10 feet works well because it allows you to stand at the center and use your position to direct goat movement.

The gate between the crowd pen and the chute should swing both ways so you can push it forward to narrow the space behind the goats, encouraging them to move into the chute. This "sweep gate" is a standard feature of well-designed livestock handling facilities.

Goat Trailer Design and Selection

The trailer is the second half of the transport equation. A poorly designed trailer undoes the benefits of a good loading ramp. Goats that ride in a dark, stuffy, or unstable trailer will resist loading the next time they see the ramp.

Trailer Size and Capacity

Goats need about 4 to 6 square feet of floor space per adult animal for short trips. For trips longer than 4 hours, increase the space to 6 to 8 square feet per animal. Overcrowding causes stress, overheating, and injury during sudden stops or turns.

A trailer that is too large is almost as problematic as one that is too small. A single goat in a large empty trailer will be tossed around by the motion of the vehicle. Use partitions to reduce the available space when hauling only a few animals. Many commercial livestock trailers come with movable partitions for this purpose.

Flooring and Bedding

The trailer floor must be non-slip and easy to clean. Expanded metal or diamond plate steel floors provide good traction when dry but become slippery when wet. Wood floors are warmer and provide better footing but absorb urine and require frequent replacement. Rubber matting over a metal or wood base is the best option for most producers.

Bedding should be deep enough to absorb urine and provide cushioning. Straw is the standard choice because it is cheap, absorbent, and provides insulation. Pine shavings also work well. Avoid cedar shavings, which can cause respiratory irritation in goats. For short trips, you can skip bedding entirely if the floor is rubber matted and the trailer has good drainage.

Ventilation

Goats are susceptible to respiratory disease, and poor trailer ventilation is a common trigger. The trailer needs cross-ventilation that moves air through at goat head height without creating a draft at floor level. Slatted upper side walls are ideal. They allow air to flow across the trailer while keeping the lower portion solid to block drafts and road spray.

The front of the trailer should have a vent or small window that can be opened in warm weather. This creates a pressure differential that pulls air through the trailer. In cold weather, close the front vent but leave the upper side vents partially open to prevent condensation buildup.

Headroom and Interior Height

Goats need enough headroom to stand naturally without crouching. A minimum interior height of 4 feet is adequate for most breeds, but 5 feet is more comfortable and allows for better air circulation. If you haul bucks with large horns, ensure the interior height and width accommodate the horn spread.

Partitions and Dividers

Adjustable partitions allow you to separate animals by size, sex, or temperament. A buck should never ride with does, as the stress of transport can trigger breeding behavior. Young kids should be separated from adults to prevent trampling.

The partitions should be easy to move and secure. They should extend from the floor to the top of the trailer walls to prevent goats from climbing over. Use solid panels rather than vertical bars, because solid panels block sight lines and reduce agitation between adjacent compartments.

Ramp Integration

Some trailers come with built-in ramps that fold up under the trailer floor. These are convenient but often have steeper angles than a separate ground ramp. If the built-in ramp is too steep, use your separate shallow ramp instead. The trailer should have a clear ramp attachment point with a secure lip or channel that prevents the ramp from slipping.

Trailer Height and Ground Clearance

Lower trailer beds are easier to load. A trailer with a bed height of 24 to 30 inches is ideal for goats. Higher trailer beds require longer ramps and increase the risk of falls. If you are buying a trailer, prioritize low bed height over other features. If you already own a high trailer, build a permanent loading platform or use a longer ramp to reduce the angle.

Step-by-Step Loading Procedure

Even the best equipment will not load goats if your handling technique is poor. Follow this procedure for calm, efficient loading.

Step 1: Prepare the Area

Remove obstacles, loose tools, and other animals from the loading area. Close all gates except the one leading to the chute. If possible, move the trailer into position the night before so goats can become accustomed to its presence.

Step 2: Bring the Goats to the Crowd Pen

Move the group of goats into the crowd pen using low-stress handling techniques. Walk slowly, avoid shouting, and use your position to guide the animals rather than chasing them. If goats are in a large pasture, use a portable panel system to create a temporary funnel into the crowd pen.

Step 3: Sort the Group

Select the first group of 3 to 5 goats to load. Choose the calmest animals for the first group. Their willingness to walk up the ramp will encourage the remaining goats. If you are loading a mixed group, load the most experienced travelers first.

Step 4: Move the First Group into the Chute

Open the gate between the crowd pen and the chute. Use a sorting board or your body position to encourage the selected goats to enter. Do not force them. If a goat refuses, close the gate and select a different animal.

Step 5: Guide Goats up the Ramp

Once goats are in the chute, they should move forward on their own. Stand behind them at their point of balance and use gentle pressure. If a goat hesitates at the ramp base, pause for a moment. Often the goat will step up when it feels the solid sides around it. If it does not, bring a companion goat up behind it. The pressure of a following goat will usually motivate the hesitant animal.

Step 6: Secure the Trailer

As each goat enters the trailer, close the trailer door or partition behind it. This prevents loaded goats from turning around and attempting to exit. Count the goats as they load so you know exactly how many are in the trailer.

Step 7: Repeat for Remaining Groups

Continue loading groups of 3 to 5 goats until the trailer is at the desired capacity. Do not overfill. Leave enough space for each goat to lie down if the trip will be long.

Step 8: Final Check

Before departing, walk around the trailer and check all latches, doors, and partitions. Ensure the ramp is secured for travel. Check that ventilation openings are clear. Confirm that the trailer hitch and safety chains are properly connected.

Common Mistakes in Goat Loading and Transport

The most common loading mistakes are easy to identify once you know what to look for. These errors cause injuries, stress, and wasted time.

Building the Ramp Too Steep

Many producers build a ramp that is too short and therefore too steep. A 4-foot ramp for a 30-inch trailer bed creates a 38-degree slope. Most goats will refuse to climb it, and those that try are at high risk of falling backward. Measure your trailer bed height and build the ramp accordingly, even if it means the ramp takes up more space.

Making the Ramp Too Wide

A ramp that is 36 inches wide seems convenient because it gives goats more room. In practice, it allows them to turn around mid-ascent. Once a goat turns on a ramp, it will try to jump off the side. Keep the ramp at single-file width.

Skipping the Solid Sides

Wire mesh or vertical bars on the ramp sides allow goats to see the ground below. This visibility triggers the same fear response as an open floor. The lower 24 to 36 inches of the ramp sides must be completely solid.

Using Smooth Flooring

A ramp made from smooth plywood becomes dangerously slick when wet with rain, urine, or mud. Always add cleats or rubber matting to the walking surface.

Loading in the Dark

Goats are reluctant to enter dark spaces. If you must load at dusk or night, provide lighting inside the trailer. A battery-powered LED light works well. Position the light so it illuminates the interior without shining into the goat's eyes.

Mixing Unfamiliar Goats

Loading unfamiliar goats together in a confined trailer can trigger fighting, especially among bucks. Separate unfamiliar animals with partitions or load them at different times.

Overloading the Trailer

Too many goats in a trailer causes overheating, respiratory distress, and injury during transit. Follow the space recommendations in this guide, and err on the side of more space for longer trips.

Decision Thresholds for Equipment Upgrades

Not every farm needs a permanent loading facility. The right investment depends on how often you move goats and the size of your operation.

Occasional Loading, Fewer Than 10 Goats

If you move goats once or twice a year for breeding or veterinary care, a portable ramp and a small stock trailer may be sufficient. Build a lightweight ramp that you can store against a wall and carry to the trailer when needed. Focus your investment on a good trailer rather than permanent handling facilities.

Regular Loading, 10 to 50 Goats

Producers in this range should build a permanent loading chute and crowd pen. The time saved during each loading event will quickly justify the construction cost. A permanent facility also reduces stress on the animals because they become familiar with the equipment.

Commercial Operations, More Than 50 Goats

Commercial producers should invest in a complete handling system with a hydraulic or manual squeeze chute, a well-designed crowd pen, and a loading ramp integrated into the facility. These systems allow one person to process and load large numbers of goats efficiently. The investment is substantial but pays for itself through reduced labor costs and fewer animal injuries.

Trailer Maintenance and Safety Checks

A well-maintained trailer is safer for goats and lasts longer. Perform these checks before every trip and conduct a more thorough inspection monthly.

Before Every Trip

Check tire pressure and tread condition
Test all lights and turn signals
Inspect the hitch and safety chains
Check the floor for holes, rot, or loose boards
Verify that all latches and doors close securely
Confirm that ventilation openings are clear
Look for protruding screws, nails, or sharp edges

Monthly Maintenance

Clean and disinfect the trailer interior
Inspect the ramp for loose cleats or worn rubber
Check the trailer frame for rust or cracks
Grease the door hinges and latches
Test the trailer brakes if equipped
Inspect the wheel bearings and repack as needed

Annual Inspection

Have the trailer inspected by a qualified mechanic, especially the brakes, suspension, and frame. Replace worn tires before they become a safety hazard. Check the floor thoroughly for rot, especially around the edges where moisture collects.

Monitoring Goats During Transport

Even with excellent equipment, goats can experience distress during transport. Learn to recognize the signs and respond appropriately.

Pre-Loading Assessment

Do not load goats that appear sick, injured, or heavily pregnant. Does in the last month of gestation should only be transported if absolutely necessary. Consult your veterinarian before moving a goat that is showing signs of illness.

Signs of Distress During Travel

Stop periodically to check the animals. Signs of distress include:

Excessive panting or open-mouth breathing
Drooling or frothing at the mouth
Lying down and refusing to stand
Trembling or shivering
Vocalizing excessively
Attempting to climb the trailer walls

If you see any of these signs, stop the vehicle, open the trailer doors for ventilation, and offer water. If the animal does not improve within 15 minutes, contact a veterinarian.

Water and Feed During Long Trips

For trips longer than 6 hours, provide water every 4 to 6 hours. Use a bucket that attaches securely to the trailer wall to prevent spilling. For trips longer than 12 hours, offer hay at the rest stop. Remove the hay while the vehicle is moving to prevent choking.

Temperature Management

Goats tolerate cold better than heat. In warm weather, schedule travel for early morning or evening. Provide shade in the trailer if it is stationary during the day. In cold weather, reduce ventilation openings but do not close them entirely, as condensation buildup can lead to pneumonia.

Recordkeeping for Transport and Health

Good records help you track the health of your herd and demonstrate responsible management. Maintain a transport log that includes:

Date and time of departure and arrival
Number of animals transported
Destination and purpose of the trip
Duration of travel and rest stops
Any injuries or health issues observed during loading or transit
Weather conditions during the trip

Also maintain individual health records for each goat. Note any loading-related injuries, even minor ones, because they can become infected. Record any behavioral changes that suggest a goat has become fearful of loading.

When to Call a Veterinarian or Extension Agent

Most loading injuries are minor and can be treated on the farm. However, some situations require professional help.

Call a Veterinarian Immediately If

A goat falls from the ramp or trailer and cannot stand
You see obvious fractures or dislocations
A goat is bleeding heavily from any wound
A goat shows signs of severe respiratory distress
A doe goes into labor during transport
A goat is unable to urinate or defecate after transport

Call a Veterinarian Within 24 Hours If

A goat develops lameness after loading
There is swelling or heat in a joint
A goat refuses to eat or drink for more than 12 hours after transport
You notice nasal discharge, coughing, or other signs of respiratory illness

Call Your Extension Agent If

You want to design a new loading facility and need guidance on local regulations
You are considering a trailer purchase and want advice on appropriate size and features
You need help developing a low-stress handling protocol for your herd
You want to learn about cost-share programs for livestock handling equipment

The extension service in your state can also provide information on local laws regarding livestock transport, including any requirements for health certificates or movement permits.

Frequently Asked Questions

How steep can a goat ramp be?

A ramp angle of 20 degrees or less is ideal for goats. This means the ramp rises no more than 1 foot for every 3 feet of horizontal length. Ramps up to 30 degrees are possible for healthy adult goats but will cause more hesitation and increase fall risk. If your trailer bed is high and you cannot achieve a shallow angle, consider building a loading platform to reduce the height difference.

What is the best material for a goat ramp floor?

Rough-sawn lumber with crosswise cleats is the traditional choice and works well. Rubber matting with a raised tread pattern is the best option for traction, especially in wet conditions. Avoid smooth plywood, metal, or any surface that becomes slippery when wet. Whatever material you choose, ensure it is firmly attached to the ramp frame with no loose edges.

How wide should a goat loading ramp be?

A single-file goat ramp should be 18 to 24 inches wide. The width should match the size of your goats. Smaller breeds and doelings do fine at 18 inches, while large bucks need the full 24 inches. A ramp wider than 24 inches allows goats to turn around, which causes loading problems.

Do goats need solid sides on a loading ramp?

Yes. The lower 24 to 36 inches of the ramp sides must be solid to block the goat's view of the ground below. Goats balk when they can see the ground through the sides or through gaps in the floor. Solid sides also prevent goats from jumping off the ramp. The upper portion of the sides can have slats or small openings for visibility and airflow.

How much space does a goat need in a trailer?

Adult goats need 4 to 6 square feet of floor space per animal for short trips. For trips longer than 4 hours, provide 6 to 8 square feet per animal. Overcrowding causes stress and overheating. Use partitions to reduce the space when hauling only a few animals, as too much empty space can also be dangerous during vehicle motion.

Can I use a cattle trailer for goats?

Yes, but you need to make modifications. Cattle trailers typically have steep ramps and wide openings that do not suit goats. Add a separate goat ramp with solid sides, install partitions to reduce the interior space, and ensure the floor has adequate traction. The trailer floor must be goat-proof, with no gaps wide enough for a goat hoof to pass through.

How many goats can I transport at once in a standard stock trailer?

A standard 6-foot by 10-foot stock trailer has 60 square feet of floor space. At 5 square feet per goat for short trips, that trailer can hold about 12 adult goats. For longer trips, reduce the number to 8 or 10. Always err on the side of more space, especially in warm weather.

What should I do if a goat refuses to walk up the ramp?

Do not force the goat. Pulling, pushing, or lifting a reluctant goat teaches it to resist loading and can cause injury. Instead, try these techniques in order: bring a companion goat up the ramp first, reduce the ramp angle by using a longer ramp, check that the ramp floor has good traction, ensure the trailer interior is well lit, and give the goat a few minutes to calm down. If the goat still refuses, it may need to be moved using a livestock crate or by temporarily covering its eyes with a cloth.

Related Farming Guides

This section will be populated with related farming guides and resources. Check back for additional content on goat handling, herd health, pasture management, and livestock facility design.

Related Clinical & Scientific Guides

References

American Consortium for Small Ruminant Parasite Control (ACSRPC): https://www.wormx.info/
USDA APHIS Goat Health: https://www.aphis.usda.gov/livestock-poultry-disease/sheep-goats
FAO Sheep and Goat Production: https://www.fao.org/animal-production/en/
FAO Animal Production and Health: https://www.fao.org/animal-production/en/
WOAH (World Organisation for Animal Health): https://www.woah.org/en/home/

This article is educational and is not a substitute for veterinary diagnosis, treatment, public-health guidance, or regulatory reporting.